CN215200593U - Hub node high altitude is in bulk with accurate device of taking one's place - Google Patents
Hub node high altitude is in bulk with accurate device of taking one's place Download PDFInfo
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- CN215200593U CN215200593U CN202121419052.4U CN202121419052U CN215200593U CN 215200593 U CN215200593 U CN 215200593U CN 202121419052 U CN202121419052 U CN 202121419052U CN 215200593 U CN215200593 U CN 215200593U
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Abstract
The utility model discloses a hub node high altitude is in bulk with accurate device of taking one's place, including spacing draw-in groove, hub node stop device and reticulated shell member adjusting device, spacing draw-in groove fixed mounting is on hub node stop device, and reticulated shell member adjusting device is adjustable to be installed on hub node stop device. The utility model discloses a device can realize the installation location of the latticed shell member of the different angles of hub nodal connection, guarantees the welding angle accuracy nature and the welding fastness of hub node and latticed shell member, ensures that the overall structure after the welding bears the weight of the atress performance, and whole strong operability, whole device convenient to detach and reuse moreover to effectively practice thrift construction cost.
Description
Technical Field
The utility model belongs to the technical field of hub node and reticulated shell member installation, concretely relates to hub node high altitude is in bulk with accurate device of taking one's place.
Background
A certain space angle exists between all components at the hub node, in the installation process of the traditional components, the connection angle is controlled only by the size of the end part penetration opening of the connection component, so that errors exist in the connection angle of the components easily, and if the connection angle is improper, the position of the actually installed component generates deviation, accumulated errors in the installation process are easily caused, so that the position of an actually installed finished product is different from the position of a designed and calculated finished product, and the stress performance of the structure is influenced.
Disclosure of Invention
The utility model aims to provide a hub node high altitude is in bulk with accurate technical scheme who takes one's place device to the not enough that prior art exists, can realize the installation location of the latticed shell member of different angles of hub nodal connection through the device, guarantee the welding angle accuracy nature and the welding fastness of hub node and latticed shell member, ensure that welded overall structure bears the atress performance, whole strong operability, whole device convenient to detach and reuse moreover, thereby effectively practice thrift construction cost.
In order to solve the technical problem, the utility model discloses a following technical scheme:
the utility model provides a hub node high altitude is in bulk with accurate device of taking one's place which characterized in that: the hub node limiting device comprises a limiting clamping groove, a hub node limiting device and a reticulated shell rod piece adjusting device, wherein the limiting clamping groove is fixedly installed on the hub node limiting device, and the reticulated shell rod piece adjusting device is adjustably installed on the hub node limiting device.
Further, be provided with first tight bolt of supporting on the spacing draw-in groove, support tightly between with spacing draw-in groove and full hall scaffold frame fixedly through first tight bolt of supporting, when whole device is actually installed, at the top welding H shaped steel of full hall scaffold frame, spacing draw-in groove joint is on H shaped steel, the first tight bolt of supporting of rethread side is with support tightly between spacing draw-in groove and the H shaped steel fixed, thereby realize that the installation between whole device and the full hall scaffold frame is fixed, and make the device can be applicable to not unidimensional H shaped steel through this connection fixed mode, make it can with support tightly between the H shaped steel of not unidimensional tightly fixedly through adjusting first length of supporting in the tight bolt screw in to spacing draw-in groove, reduce the installation requirement, application scope is wider, and easy dismounting and reuse.
Further, hub node stop device includes the scale base, the support column and supports the base, support column fixed mounting is at the top of scale base, support base fixed mounting is on the top of support column, overall structure reasonable in design, sound construction is reliable, thereby guarantee the spacing support effect of hub node stop device to the hub node, the support column sets up the top surface center department at the scale base, and the top of support column with support the bottom surface center of base be connected fixedly, guarantee whole hub node stop device's structural balance nature and steadiness, thereby be convenient for actual installation and adjust.
Furthermore, a limiting block is arranged on the supporting base, the limiting block is circumferentially distributed on the side part of the supporting base, a second fastening bolt is arranged on the limiting block, the fixed hub node is tightly abutted by the second abutting bolt, the limiting blocks are welded and fixed on the supporting base, the installation firmness of the limiting blocks is ensured, the limiting blocks are axially and uniformly distributed, each limiting block is provided with a second abutting bolt, thereby adjusting the abutting limit hub node from a plurality of directions simultaneously through a plurality of second abutting screws to ensure the limit abutting point on the outer surface of the hub node, thereby ensuring the structural firmness and stability of the fixed hub node, improving the structural safety performance, facilitating the subsequent positioning welding operation between the hub node and the reticulated shell rod piece, this fixed mode is reasonable, can adjust according to the actual size of hub node, and the support that is applicable to not unidimensional hub node is fixed, can guarantee the spacing fastness of hub node again simultaneously.
Furthermore, be provided with the cutting board on the support base, support the hub node through the cutting board, cutting board welded fastening is on supporting the base, and welded fastening between cutting board and the support base effectively guarantees the structural firmness of cutting board, guarantees that the cutting board lifts the effect to the support of hub node, lifts through the support of cutting board to hub node bottom to the thickness of cutting board is confirmed according to the elevation position of hub node, guarantees that the elevation of hub node reaches the settlement demand.
Further, reticulated shell member adjusting device includes the lower part member, upper portion member and upper portion collet, the upper portion member is located the top of lower part member, adopt bolt assembly fixed connection between upper portion member and the lower part member, the top at the upper portion member is fixed to the upper portion collet, structural design is reasonable, adopt bolt assembly fixed connection between lower part member and the upper portion member, reticulated shell member adjusting device's overall structure fastness both can be ensured, the dismantlement that can be convenient for device again is recycled, easy dismounting is simple, and the operation of being convenient for, the upper portion collet plays the effect of auxiliary stay to reticulated shell member, thereby be convenient for adjustment and subsequent welding operation of position between reticulated shell member and the hub node.
Further, be provided with the third on the side of upper portion collet and support tight bolt, support the fastening through the third and fix the die case member, the upper portion collet is U type structure, the both sides of U type structure all set up the third and support tight bolt, it is spacing to support tight bolt through the third of both sides, effectively guarantee the structural firmness of placing of die case member, the installation is adjusted conveniently simply, the third supports tight bolt and adjusts according to the actual diameter size of die case member, ensure the spacing fixed to not unidimensional die case member.
Further, be provided with the fourth on the bottom surface of upper portion collet and support the latticed shell member through the fourth to tight bolt, support tight bolt through the fourth and carry out the auxiliary stay from the bottom of upper portion collet to the latticed shell member and lift, support tight bolt combined action with the third, effectively guarantee the structure steadiness after the spacing of latticed shell member, also be applicable to the spacing fixed operation to the latticed shell member of unidimensional not simultaneously.
Further, be provided with the regulation arc groove on the scale base, the scale on the scale base distributes around adjusting the arc groove and sets up, lower part member activity is pegged graft in adjusting the arc groove, and lower part member passes through disc subassembly and scale base clamp fastening is fixed, the design of adjusting the arc groove can be convenient for the installation between reticulated shell member adjusting device and the scale base, lower part member among the reticulated shell member adjusting device is pegged graft at adjusting the arc inslot, and lower part member can remove along adjusting the arc groove, thereby adjust the installation angle between reticulated shell member and the hub node, and adjust the outside in arc groove around being provided with the scale, the datum line on the disc of cooperation upper portion, the accurate regulation of angle of can being convenient for, improve the welded fastening accuracy between reticulated shell member and the hub node, guarantee welding quality, avoid installation angle error and lead to the potential safety hazard.
Further, the disc subassembly includes upper portion disc and the lower part disc that distributes from top to bottom, upper portion disc and lower part disc all connect with lower part member screw thread soon, upper portion disc and lower part disc are located the upper and lower both sides of scale base respectively, press from both sides tight spacing on the scale base with the lower part member through upper portion disc and lower part disc, the screw thread has been set up on the member of lower part, the equal screw thread of upper portion disc and lower part disc connects soon on the member of lower part, press from both sides tight spacing installation fastness between effectively guaranteeing lower part member and the scale base from top to bottom, ensure reticulated shell member adjusting device's structural stability, the installation is dismantled conveniently simply, the dismantlement of the device of being convenient for is recycled.
The utility model discloses owing to adopted above-mentioned technical scheme, following beneficial effect has:
the utility model discloses in to the process of taking one's place of hub node and reticulated shell member as follows: firstly, welding H-shaped steel on the top of a full framing scaffold, welding a limiting clamping groove and a hub node limiting device into a whole according to a structural form, wherein the thickness of a cutter plate is determined according to the elevation of a hub node; the combination of the limiting clamping groove and the hub node limiting device is integrally placed on the H-shaped steel, then the screwing length of a first abutting bolt on the limiting clamping groove is adjusted according to the size of the H-shaped steel, and the H-shaped steel is abutted and fixed through the first abutting bolt, so that the H-shaped steel is connected with the limiting clamping groove; the hub node is hoisted onto a knife board of the hub node limiting device, the screwing length of a second abutting bolt in the hub node limiting device is adjusted according to the size of the hub node, and the hub node is fixed and limited through the second abutting bolt; assembling the reticulated shell rod piece adjusting device according to the structural form, then adjusting the position of the upper disc on the lower rod piece according to the installation elevation of the reticulated shell rod piece, and after the adjustment is finished, integrally placing the reticulated shell rod piece adjusting device in an adjusting arc groove of the scale base; screwing a lower disc into the bottom of the lower rod piece, and adjusting the height of the lower disc to reinforce the vertical position of the lower rod piece on the scale base under the action of the lower disc and the upper disc; unscrewing the lower disc, moving the reticulated shell rod piece adjusting device along the adjusting arc groove under the auxiliary matching of the datum line of the upper disc and the scales on the scale base according to the connection angle of the reticulated shell rod piece and the hub node, screwing the lower disc until the reticulated shell rod piece is moved to a corresponding angle, then placing the reticulated shell rod piece on the upper bottom support, adjusting the screwing length of the third abutting bolt and the fourth abutting bolt according to the diameter of the reticulated shell rod piece, enabling the reticulated shell rod piece to be limited and fixed, and completing the positioning process between the hub node and the reticulated shell rod piece. And then welding and fixing the hub node and the reticulated shell rod piece, after welding is finished, disassembling the first abutting bolt and the third abutting bolt, cutting the knife board, screwing the fourth abutting bolt out by a corresponding length downwards while cutting the knife board, wherein the screwed length is the cutting height of the knife board at each time, and performing cyclic operation until the hub node, the reticulated shell rod piece and the whole device naturally fall off, and unloading is finished.
The utility model has the advantages of simple structure of the required parts of the device, strong operability, convenient disassembly and repeated utilization, thereby saving the construction cost, the device can be suitable for hub node members with various diameter sizes by screwing in and tightly abutting a plurality of second abutting bolts in the circumferential direction of the limiting block, and simultaneously achieving the effect of stabilization, the upper part bottom support can be suitable for net shell rod pieces with various diameter sizes by the third abutting bolts at both sides and the fourth abutting bolt at the bottom, and simultaneously achieving the purpose of stabilizing the members, the accurate positioning of the net shell rod pieces with different elevations can be realized by adjusting the position of the upper disc on the lower part rod piece on the adjusting device of the net shell rod piece and the fourth abutting bolt at the lower part of the upper part bottom support, under the assistance of the scales on the scale base and the datum line on the upper part disc, the movement adjustment in the arc groove on the scale base is adjusted by the adjusting device of the net shell rod piece, the installation and the positioning of various reticulated shell rod pieces with different connection angles with the hub node can be realized, the whole application range is wide, and the practicability is high.
Drawings
The present invention will be further explained with reference to the accompanying drawings:
fig. 1 is a schematic view of the installation structure of the present invention with the hub node and the reticulated shell member;
FIG. 2 is a schematic bottom view of FIG. 1;
fig. 3 is a schematic structural view of the hub node high-altitude bulk accurate positioning device of the present invention;
FIG. 4 is a schematic bottom view of FIG. 3;
fig. 5 is a schematic structural view of the adjusting device of the middle latticed shell rod piece of the present invention;
fig. 6 is a schematic view of an installation structure of the limiting slot and the hub node limiting device of the present invention;
fig. 7 is a bottom view of fig. 6.
In the figure: 1-a limit clamping groove; 2-hub node limiting device; 3-adjusting device for reticulated shell rod; 4-a first holding bolt; 5-a scale base; 6-support column; 7-supporting the base; 8-a limiting block; 9-a cutting board; 10-a second holding bolt; 11-a lower bar; 12-an upper rod; 13-upper bottom support; 14-adjusting the arc groove; 15-upper disc; 16-lower disc; 17-a third abutment bolt; 18-a fourth clinch bolt; 19-graduation; 20-hub node; 21-reticulated shell rod elements; 22-bolt assembly.
Detailed Description
As shown in fig. 1 to 7, for the hub node high-altitude bulk accurate in-place device of the present invention, the hub node high-altitude bulk accurate in-place device includes a limiting slot 1, a hub node limiting device 2 and a reticulated shell rod adjusting device 3, wherein the limiting slot 1 is fixedly installed on the hub node limiting device 2, and the reticulated shell rod adjusting device 3 is adjustably installed on the hub node limiting device 2; can realize through the device that hub node 20 connects the installation location of the net shell member 21 of different angles, guarantee the welding angle accuracy nature and the welding fastness of hub node 20 and net shell member 21, ensure that welded overall structure bears the weight of the atress performance, whole strong operability, whole device convenient to detach and reuse moreover to effectively practice thrift construction cost.
Be provided with first tight bolt 4 of supporting on spacing draw-in groove 1, support tightly between with spacing draw-in groove 1 and the full hall scaffold frame through first tight bolt 4 of supporting and fix, when whole device is actually installed, at the top welding H shaped steel of full hall scaffold frame, spacing draw-in groove 1 joint is on H shaped steel, the first tight bolt 4 of supporting of rethread side is with supporting tightly between spacing draw-in groove 1 and the H shaped steel fixed, thereby realize that the installation between whole device and the full hall scaffold frame is fixed, and make the device can be applicable to unidimensional H shaped steel through this connection fixed mode, make it can with support tightly between the unidimensional H shaped steel fixed through adjusting the length of first tight bolt 4 screw in to spacing draw-in groove 1, reduce the installation requirement, application scope is wider, and easy dismounting and reuse.
Hub node stop device 2 includes scale base 5, support column 6 and support base 7, 6 fixed mounting at the top of scale base 5 of support column, support base 7 fixed mounting is on the top of support column 6, overall structure reasonable in design, the sound construction is reliable, thereby guarantee 2 spacing support effect to hub node 20 of hub node stop device, support column 6 sets up the top surface center department at scale base 5, and the top of support column 6 with support base 7's bottom surface center is connected fixedly, guarantee whole hub node stop device 2's structural balance and steadiness, thereby be convenient for actual installation and regulation.
The supporting base 7 is provided with a limiting block 8, the limiting blocks 8 are circumferentially distributed on the side part of the supporting base 7, the limiting blocks 8 are provided with second resisting bolts 10, the hub nodes 20 are tightly fixed through the second resisting bolts 10, the limiting blocks 8 are welded and fixed on the supporting base 7, the installation firmness of the limiting blocks 8 is ensured, the limiting blocks 8 are axially and uniformly distributed, each limiting block 8 is provided with a second resisting screw 10, so that the limiting hub nodes 20 are adjusted and tightly resisted through a plurality of second resisting screws 10 from multiple directions at the same time, the limiting resisting points on the outer surfaces of the hub nodes 20 are ensured, the structural firmness and stability after the hub nodes 20 are fixed are ensured, the structural safety performance is improved, the subsequent positioning and welding operation between the hub nodes 20 and the net shell rod piece 21 is facilitated, the fixing mode is reasonable, the adjustment can be carried out according to the actual size of the hub nodes 20, and the supporting and fixing method is suitable for the hub nodes 20 with different sizes, while at the same time ensuring the spacing integrity of the hub node 20.
Be provided with cutting board 9 on supporting base 7, support hub node 20 through cutting board 9, cutting board 9 welded fastening is on supporting base 7, welded fastening between cutting board 9 and the support base 7, effectively guarantee the structural firmness of cutting board 9, ensure that cutting board 9 lifts the effect to the support of hub node 20, lift the support of hub node 20 bottom through cutting board 9, and the thickness of cutting board 9 is confirmed according to the elevation position of hub node 20, guarantee that the elevation of hub node 20 reaches the settlement demand.
Reticulated shell member adjusting device 3 includes lower part member 11, upper portion member 12 and upper portion collet 13, upper portion member 12 is located the top of lower part member 11, adopt bolt assembly 22 fixed connection between upper portion member 12 and the lower part member 11, upper portion collet 13 is fixed on the top of upper portion member 12, structural design is reasonable, adopt bolt assembly 22 fixed connection between lower part member 11 and the upper portion member 12, both can ensure reticulated shell member adjusting device 3's overall structure fastness, can be convenient for the dismantlement of device to recycle again, easy dismounting is simple, and convenient for operation, upper portion collet 13 plays the effect of auxiliary stay to reticulated shell member 21, thereby be convenient for adjustment and subsequent welding operation of position between reticulated shell member 21 and the hub node 20.
Be provided with the third on the side of upper portion collet 13 and support tight bolt 17, support through the third and support tight bolt 17 and fix reticulated shell member 21, upper portion collet 13 is U type structure, the both sides of U type structure all set up the third and support tight bolt 17, the third through both sides supports tightly that supports of tight bolt 17 spacing, effectively guarantee the structural firmness of placing of reticulated shell member 21, the installation is adjusted conveniently simply, the third supports tight bolt 17 and adjusts according to reticulated shell member 21's actual diameter size, ensure spacing fixed to the reticulated shell member 21 of unidimensional not.
Be provided with the fourth on the bottom surface of upper portion collet 13 and support tight bolt 18 through the fourth and support reticulated shell member 21, support tight bolt 18 through the fourth and carry out the auxiliary stay from the bottom of upper portion collet 13 to reticulated shell member 21 and lift, support tight bolt 17 combined action with the third, effectively guarantee the structure steadiness after the spacing of reticulated shell member 21, also be applicable to the spacing fixed operation to the reticulated shell member 21 of not unidimensional simultaneously.
The scale base 5 is provided with an adjusting arc groove 14, the scales 19 on the scale base 5 are distributed around the adjusting arc groove 14, the lower rod piece 11 is movably inserted in the adjusting arc groove 14, and the lower rod 11 is clamped and fixed with the scale base 5 through the disc component, the design of the adjusting arc groove 14 can facilitate the installation between the reticulated shell rod adjusting device 3 and the scale base 5, the lower rod 11 in the reticulated shell rod adjusting device 3 is inserted in the adjusting arc groove 14, and the lower rod 11 can move along the adjusting arc groove 14, so as to adjust the installation angle between the reticulated shell rod 21 and the hub node 20, and the outside of the adjusting arc groove 14 is provided with a scale 19 around, matching with the reference line on the upper disc, the accurate regulation of angle of can being convenient for improves the welded fastening accuracy nature between latticed shell member 21 and the hub node 20, guarantees welding quality, avoids the installation angle error and leads to the potential safety hazard.
The disc subassembly includes upper portion disc 15 and lower part disc 16 that distribute from top to bottom, upper portion disc 15 and lower part disc 16 all connect with lower part member 11 screw thread soon, upper portion disc 15 and lower part disc 16 are located the upper and lower both sides of scale base 5 respectively, press from both sides tight spacing on scale base 5 with lower part member 11 through upper portion disc 15 and lower part disc 16, the screw thread has been set up on the lower part member 11, upper portion disc 15 and lower part disc 16 equal screw thread connect soon on lower part member 11, press from both sides tight spacing installation fastness between effective assurance lower part member 11 and the scale base 5 through from top to bottom, ensure the structural stability of cell-shell member adjusting device 3, the installation is dismantled conveniently simply, the dismantlement of the device of being convenient for is recycled.
The utility model discloses in to the process of taking one's place of hub node 20 and net shell member 21 as follows: firstly, welding H-shaped steel on the top of a full framing scaffold, and welding a limiting clamping groove 1 and a hub node limiting device 2 into a whole according to a structural form, wherein the thickness of a cutting board 9 is determined according to the elevation of a hub node 20; the combination of the limiting clamping groove 1 and the hub node limiting device 2 is integrally placed on the H-shaped steel, then the screwing length of a first abutting bolt 4 on the limiting clamping groove 1 is adjusted according to the size of the H-shaped steel, and the H-shaped steel is abutted and fixed through the first abutting bolt 4, so that the H-shaped steel is connected with the limiting clamping groove 1; the hub node 20 is hung on a knife board 9 of the hub node limiting device 2, the screwing length of a second abutting bolt 10 in the hub node limiting device 2 is adjusted according to the size of the hub node 20, and the hub node 20 is fixed and limited through the second abutting bolt 10; assembling the reticulated shell rod piece adjusting device 3 according to the structural form, then adjusting the position of the upper disc 15 on the lower rod piece 11 according to the installation elevation of the reticulated shell rod piece 21, and after the adjustment is finished, integrally placing the reticulated shell rod piece adjusting device 3 into the adjusting arc groove 14 of the scale base 5; screwing a lower disc 16 into the bottom of the lower rod piece 11, and adjusting the height of the lower disc 16 to reinforce the vertical position of the lower rod piece 11 on the scale base 5 under the action of the lower disc 16 and the upper disc 15; unscrewing the lower disc 16, moving the reticulated shell rod piece adjusting device 3 along the adjusting arc groove 14 under the auxiliary matching of the datum line of the upper disc 15 and the scale 19 on the scale base 5 according to the connecting angle of the reticulated shell rod piece 21 and the hub node 20 until the reticulated shell rod piece adjusting device moves to a corresponding angle, screwing the lower disc 16, placing the reticulated shell rod piece 21 on the upper bottom support 13, and adjusting the screwing length of the third abutting bolt 17 and the fourth abutting bolt 18 according to the diameter of the reticulated shell rod piece 21, so that the reticulated shell rod piece 21 is limited and fixed, and thus the positioning process between the hub node 20 and the reticulated shell rod piece 21 is completed. And then welding and fixing the hub node 20 and the reticulated shell rod piece 21, after welding is finished, disassembling the first abutting bolt 4 and the third abutting bolt 17, cutting the knife plate 9, screwing the fourth abutting bolt 18 out by a corresponding length downwards while cutting the knife plate 9, wherein the screwed length is the height of each cutting of the knife plate 9, circulating operation until the hub node 20, the reticulated shell rod piece 21 and the whole device naturally fall off, and unloading is finished.
The device of the utility model has simple structure of the needed parts, strong operability, convenient disassembly and repeated utilization, thereby saving the construction cost, the device can be suitable for hub nodes 20 of each diameter size by screwing in the second tightening bolts 10 along the circumference of the limit block 8, and simultaneously achieves the stabilizing effect, the upper part bottom support 13 can be suitable for the reticulated shell rod piece 21 of each diameter size by the third tightening bolts 17 at both sides and the fourth tightening bolt 18 at the bottom, and simultaneously achieves the purpose of stabilizing the component, the accurate positioning of the reticulated shell rod piece 21 of each different elevation can be realized by adjusting the position of the upper disc 15 on the reticulated shell rod piece adjusting device 3 on the lower part rod piece 11 and the fourth tightening bolt 18 at the lower part of the upper part bottom support 13, the scale 19 on the scale base 5 and the reference line on the upper part disc 15 are assisted, through the removal adjustment of latticed shell rod piece adjusting device 3 in adjusting arc groove 14 on scale base 5, can realize the installation location of all kinds of latticed shell rod pieces 21 of the different angles of connection with hub node 20, whole application range is wide, and the practicality is strong.
The above is only a specific embodiment of the present invention, but the technical features of the present invention are not limited thereto. Any simple changes, equivalent substitutions or modifications made on the basis of the present invention to achieve substantially the same technical effects are all covered by the scope of the present invention.
Claims (10)
1. The utility model provides a hub node high altitude is in bulk with accurate device of taking one's place which characterized in that: the hub node limiting device comprises a limiting clamping groove, a hub node limiting device and a reticulated shell rod piece adjusting device, wherein the limiting clamping groove is fixedly installed on the hub node limiting device, and the reticulated shell rod piece adjusting device is adjustably installed on the hub node limiting device.
2. The hub node high-altitude bulk precise positioning device for the hub node according to claim 1, is characterized in that: the limiting clamping groove is provided with a first abutting bolt, and the limiting clamping groove and the full scaffold are fixedly abutted through the first abutting bolt.
3. The hub node high-altitude bulk precise positioning device for the hub node according to claim 1, is characterized in that: hub node stop device includes scale base, support column and support base, the support column fixed mounting be in the top of scale base, support base fixed mounting be in the top of support column.
4. The hub node high-altitude bulk precise positioning device for the hub node according to claim 3, wherein: the supporting base is provided with a limiting block, the limiting block is circumferentially distributed on the side portion of the supporting base, the limiting block is provided with a second abutting bolt, and the second abutting bolt abuts against the fixed hub node tightly.
5. The hub node high-altitude bulk precise positioning device for the hub node according to claim 3, wherein: the supporting base is provided with a cutting board, and the hub node is supported through the cutting board.
6. The hub node high-altitude bulk precise positioning device for the hub node according to claim 3, wherein: the reticulated shell rod piece adjusting device comprises a lower rod piece, an upper rod piece and an upper bottom support, wherein the upper rod piece is located above the lower rod piece, the upper rod piece is fixedly connected with the lower rod piece through a bolt assembly, and the upper bottom support is fixed to the top end of the upper rod piece.
7. The hub node high-altitude bulk precise positioning device for the hub node according to claim 6, wherein: and a third abutting bolt is arranged on the side surface of the upper bottom support, and the reticulated shell rod piece is abutted and fixed through the third abutting bolt.
8. The hub node high-altitude bulk precise positioning device for the hub node according to claim 6, wherein: and a fourth abutting bolt is arranged on the bottom surface of the upper bottom support, and the reticulated shell rod piece is supported through the fourth abutting bolt.
9. The hub node high-altitude bulk precise positioning device for the hub node according to claim 6, wherein: the scale base is provided with an adjusting arc groove, scales on the scale base are distributed around the adjusting arc groove, the lower rod piece is movably inserted in the adjusting arc groove, and the lower rod piece is clamped and fixed with the scale base through a disc assembly.
10. The hub node high altitude bulk used accurate device in position of claim 9, characterized in that: the disc assembly comprises an upper disc and a lower disc which are vertically distributed, the upper disc and the lower disc are in threaded connection with the lower rod piece, the upper disc and the lower disc are respectively located on the upper side and the lower side of the scale base, and the lower rod piece is clamped and limited on the scale base through the upper disc and the lower disc.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121419052.4U CN215200593U (en) | 2021-06-24 | 2021-06-24 | Hub node high altitude is in bulk with accurate device of taking one's place |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121419052.4U CN215200593U (en) | 2021-06-24 | 2021-06-24 | Hub node high altitude is in bulk with accurate device of taking one's place |
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| Publication Number | Publication Date |
|---|---|
| CN215200593U true CN215200593U (en) | 2021-12-17 |
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| CN202121419052.4U Active CN215200593U (en) | 2021-06-24 | 2021-06-24 | Hub node high altitude is in bulk with accurate device of taking one's place |
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| CN (1) | CN215200593U (en) |
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2021
- 2021-06-24 CN CN202121419052.4U patent/CN215200593U/en active Active
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Address after: 311400 No.18, Changkou East Street, Changkou Town, Fuyang District, Hangzhou City, Zhejiang Province Patentee after: Zhejiang Zhongnan Lvjian Technology Group Co.,Ltd. Address before: 311400 No.18, Changkou East Street, Changkou Town, Fuyang District, Hangzhou City, Zhejiang Province Patentee before: ZHEJIANG ZHONGNAN CONSTRUCTION GROUP STEEL STRUCTURE Co.,Ltd. |